AWR1642BOOST: The angle of "X-Y Scatter Plot" of Demo Visualizer

Hi Nomo-san,

The angle of each arc is pi/6 radians or 30 degrees. You can view the source code for the visualizer by pressing F12 (or as mentioned in this thread) and look in the file app/mmWave.js. The X-Y scatter plot angles are set in the following code. 

        } else {
            var gridchoice = 'polar grid 2';
            var rectgrid = gridchoice == 'rect grid';
            templateObj.$.ti_widget_plot1.data = [
                {type: 'scatter', mode: 'markers',
                 marker: {size:4, color: 'rgb(0,255,0)', showscale:false}
                }
            ];
            templateObj.$.ti_widget_plot1.layout.title = 'X-Y Scatter Plot';
            delete templateObj.$.ti_widget_plot1.layout.margin;
            templateObj.$.ti_widget_plot1.layout.plot_bgcolor = 'rgb(0,0,96)';
            templateObj.$.ti_widget_plot1.layout.xaxis = {
                title: 'Distance along lateral axis (meters)',
                showgrid: rectgrid,
                //zerolinecolor: 'rgb(128,128,128)',
                autorange: false,
                range: [-range_width, range_width]
            };
            templateObj.$.ti_widget_plot1.layout.yaxis = {
                title: 'Distance along longitudinal axis (meters)',
                showgrid: rectgrid,
                autorange: false,
                range: [0, range_depth]
            };
            var radii = [];
            var angles = [];
            if (gridchoice == 'polar grid 1') {
                radii.push(range_depth);
                angles.push( math.pi/6 + 0*math.pi*2/12 );
                angles.push( math.pi/6 + 4*math.pi*2/12 );
            } else if (gridchoice == 'polar grid 2') {
                for (var i=1; i<=4; i++) {
                    radii.push(i*range_depth/4);
                }
                for (var i=0; i<5; i++, idx+=1) {
                    //if (i==2) continue; // skip the main vertical line
                    angles.push( math.pi/6 + i*math.pi*2/12 );
                }
            }

You can also download the Visualizer source from https://dev.ti.com/gallery. Click the download button under mmWave_demo_Visualizer and download the zip file for your platform.

Regards

-Nitin